Mechanisms of impaired exercise capacity in short duration experimental hyperthyroidism

Keyphrases

• Cardiac Output 100%
• Heart Rate 100%
• Submaximal Exercise 100%
• Impaired Exercise Capacity 100%
• Experimental Hyperthyroidism 100%
• Exercise Intensity 66%
• Hyperthyroid 66%
• Hyperthyroidism 66%
• Whole-body 33%
• Protein Degradation 33%
• Cardiovascular Function 33%
• Skeletal muscle 33%
• Oxidative Capacity 33%
• Lean Body Mass 33%
• Maximal Oxygen Uptake 33%
• Exercise Tolerance 33%
• Glycolytic 33%
• Pump Function 33%
• Oxygen Uptake 33%
• Leucine Oxidation 33%
• Acid Concentration 33%
• Triiodothyronine 33%
• Skeletal muscle Metabolism 33%
• Protein Catabolism 33%
• Skeletal muscle Mass 33%
• Lactic Acid 33%
• Maximal Effort 33%
• Muscle Fiber Cross-sectional Areas 33%
• Reduced Tolerances 33%
• Arteriovenous Oxygen Difference 33%

Medicine and Dentistry

• Heart Output 100%
• Experimental Hyperthyroidism 100%
• Protein Degradation 66%
• Exercise Tolerance 66%
• Exercise Intensity 66%
• Hyperthyroidism 66%
• Skeletal Muscle 66%
• Oxygen Consumption 33%
• Cardiovascular Physiology 33%
• Lean Body Weight 33%
• Ingestion 33%
• Isoprenaline 33%
• Lactic Acid 33%
• Maximal Oxygen Uptake 33%
• Liothyronine 33%
• Leucine 33%
• Skeletal Muscle Metabolism 33%
• Arteriovenous Oxygen Difference 33%

Nursing and Health Professions

• Heart Output 100%
• Experimental Hyperthyroidism 100%
• Hyperthyroidism 66%
• Muscle Mass 33%
• Lactate Blood Level 33%
• Lean Body Weight 33%
• Leucine 33%
• Isoprenaline 33%
• Liothyronine 33%
• Oxygen Consumption 33%
• Maximal Oxygen Uptake 33%